3 to 5V series

  • NVE
  • Surface-mount DC-correct dual channel digital isolator
  • Mulit channel isolation (2 transmit and 1 receive)
  • Common mode transient immunity 30kV/μs min. and 50kV/μs typ.
  • High voltage enduramce of 1000VRMS/1500VDC
  • Barrier life of 44000years
  • Output quiescent supply current 0.0036A (VDD = 5V)
  • Pulse width distortion 10ns
  • Low EMC footprint
  • UL 1577 recognised; IEC 60747-5-5 (VDE 0884) certified
  • 16-pin 0.3 wide SOIC package
  • NVE
  • Surface-mount DC-correct dual channel digital isolator
  • Four channel isolation (unidirectional)
  • Common mode transient immunity 30kV/μs min. and 50kV/μs typ.
  • High voltage enduramce of 1000VRMS/1500VDC
  • Barrier life of 44000years
  • Output quiescent supply current 0.0072A (VDD = 5V)
  • Pulse width distortion 10ns
  • Low EMC footprint
  • UL 1577 recognised; IEC 60747-5-5 (VDE 0884) certified
  • 16-pin 0.3 wide SOIC package
  • NVE
  • Surface-mount DC-correct dual channel digital isolator
  • Four channel isolation (2 transmit and 2 receive)
  • Common mode transient immunity 30kV/μs min. and 50kV/μs typ.
  • High voltage enduramce of 1000VRMS/1500VDC
  • Barrier life of 44000years
  • Output quiescent supply current 0.0036A (VDD = 5V)
  • Pulse width distortion 10ns
  • Low EMC footprint
  • UL 1577 recognised; IEC 60747-5-5 (VDE 0884) certified
  • 16-pin 0.15 wide SOIC package
  • NVE
  • Surface-mount DC-correct dual channel digital isolator
  • Four channel isolation (2 transmit and 2 receive)
  • Common mode transient immunity 30kV/μs min. and 50kV/μs typ.
  • High voltage enduramce of 1000VRMS/1500VDC
  • Barrier life of 44000years
  • Output quiescent supply current 0.0036A (VDD = 5V)
  • Pulse width distortion 10ns
  • Low EMC footprint
  • UL 1577 recognised; IEC 60747-5-5 (VDE 0884) certified
  • 16-pin 0.3 wide SOIC package
  • NVE
  • Surface-mount DC-correct dual channel digital isolator
  • Common mode transient immunity 30kV/μs min. and 50kV/μs typ.
  • High voltage enduramce of 1000VRMS/1500VDC
  • Barrier life of 44000years
  • Output quiescent supply current 0.0036A (VDD = 5V)
  • Pulse width distortion 10ns
  • Low EMC footprint
  • UL 1577 recognised; IEC 60747-5-5 (VDE 0884) certified
  • 8-pin SOIC package
  • NVE
  • Passive input digital isolators, CMOS output
  • Single channel isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 150VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin MSOP package
  • NVE
  • Passive input digital isolators, CMOS output
  • Single channel isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 300VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin PDIP package
  • NVE
  • Passive input digital isolators, CMOS output
  • Single channel isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 150VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 16-pin 0.15″ SOIC package
  • NVE
  • Passive input digital isolators, open drain output
  • Single channel isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 150VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin MSOP package
  • NVE
  • Passive input digital isolators, open drain output
  • Single channel isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 300VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin PDIP package
  • NVE
  • Passive input digital isolators, open drain output
  • Single channel isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 150VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 16-pin 0.15″ SOIC package
  • NVE
  • Passive input digital isolators, CMOS output
  • Two channel, unidirectional isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 150VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin MSOP package
  • NVE
  • Passive input digital isolators, CMOS output
  • Two channel, unidirectional isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 300VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin PDIP package
  • NVE
  • Passive input digital isolators, CMOS output
  • Two channel, unidirectional isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 150VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 16-pin 0.15″ SOIC package
  • NVE
  • Passive input digital isolators, open drain output
  • Two channel, unidirectional isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 150VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin MSOP package
  • NVE
  • Passive input digital isolators, open drain output
  • Two channel, unidirectional isolation
  • Flexible inputs, wide input volatge ranges
  • Working voltage of 300VRMS
  • 1kVRMS/1.5kVdc high voltage endurance
  • 20 kV/μs typical (15 kV/μs minimum) common mode transient immunity
  • No carrier or clock for low EMI emissions and susceptibility
  • 3ns typical pulse width distortion
  • 44000 year barrier life
  • Good magnetic immunity
  • VDE V 0884-10 certified; UL 1577 recognised
  • 8-pin PDIP package
Please be advised that due to the ongoing supply issues with raw materials affecting the global electronics industry, as well as an increase in orders received by our manufacturing partners, a large number of products are facing increased lead times in recent months. For the latest lead time and stock availability, please contact one of our engineers who will be happy to discuss lead times further and the potential for alternative parts.